Coating methods and apparatus using pre-formed ceramic mask
a technology of ceramic masks and masks, applied in the field of protective coatings, can solve the problems of masks being destroyed and the mask being removed, and achieve the effect of reducing the risk of sharding and reducing the effect of sharding
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[0013]FIG. 1 shows a part 20 including a coated substrate 22. An exemplary substrate may be of a nickel-, cobalt-, and / or iron-based superalloy. The exemplary part 20 may be an aerospace component. Exemplary components may be of gas turbine engines (e.g., blades, vanes, seals, structural components, shafts, disks, and the like). The exemplary part 20 is shown as having a compartment 24, one portion of which is to be coated (e.g., using conventional or other HVOF apparatus) and another portion of which is to remain uncoated. Nevertheless, the present teachings may be applicable to other coated and uncoated portions of other parts and to other basic coating apparatus / methods.
[0014]The exemplary compartment 24 may extend along a central axis 500 inward from an exterior surface 26 of the substrate. The exemplary compartment 24 may be a blind counterbored compartment having an inboard bore 28 having a base 30. An outboard counterbore 32 may extend to the surface 26. The counterbore 32 ma...
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